Linked from

The 24 pages that link to Metapopulation, each with the reason it gives.

• Habitat fragmentationRelated: Patch isolation can turn local populations into a metapopulation dependent on recolonization.

• Seed dispersalRelated: Seed movement can connect plant populations and enable recolonization.

• Island biogeographyRelated: Its local extinction and recolonization dynamics extend island-like reasoning to populations.

• Wildlife corridorRelated: Corridor movement can connect local populations and support recolonization.

• Conservation biologyRelated: Its dynamics show why protecting habitat links can prevent local losses from becoming regional extinction.

• Forest fragmentationNarrower topic: Patch isolation can turn local forest populations into a metapopulation.

• Road ecologyRelated: Road barriers can reduce dispersal and increase isolation among local populations.

• Population ecologyRelated: Its regional persistence depends on local extinctions and recolonization.

• Extinction debtNarrower topic: Local persistence and recolonization depend on connections among habitat patches.

• DispersalNarrower topic: Dispersal can connect local populations into a larger dynamic system.

• Landscape ecologyBroader topic: Metapopulation dynamics show how patch arrangement affects regional persistence.

• Population dynamicsBroader topic: Local extinction and recolonization make regional abundance change through movement among patches.

• Species distributionRelated: Local populations can disappear or be recolonized while the broader distribution persists.

• Minimum viable populationRelated: Movement among local populations can alter persistence compared with isolated-population estimates.

• Island ecologyRelated: Islands can function as population patches linked by movement between them.

• Landscape connectivityRelated: Connectivity can sustain exchange and recolonization among local populations.

• Ecological connectivityRelated: Dispersal among local populations shows how connectivity affects persistence.

• Wildlife habitatRelated: Habitat patches can hold local populations linked by movement.

• Bird dispersalRelated: Dispersal connects separate breeding populations and enables recolonization.

• Oceanic dispersalRelated: Marine dispersal can connect local populations and rescue sites after local extinction.

• Biological dispersalRelated: Movement between habitat patches can sustain this network despite local extinctions.

• Insular biogeographyRelated: Island populations can persist through regional colonization and local extinction.

• Theoretical ecologyBroader topic: Metapopulation models show how spatial structure changes species persistence.

• Wildlife ecologyBroader topic: Movement among habitat patches can sustain populations facing local extinction.